Description Format Source References Examples
This data set consist of mortality rates against socio-economic, meteorological and pollution variables for 60 statistical areas in the USA. For details of the data set, see references below.
The data set have 60 observations with 15 variables. “MortRate” is the outcome variable. The data frame containing:
Rainfall | Mean annual precipitation in inches |
JanTemp | Mean January temperature in degrees Fahrenhiet |
JulTemp | Mean July temperature in degrees Fahrenhiet |
X.Over65 | Percent of 1960 SMSA population which is 65 years of age or over |
AvHHSize | Population per household |
YrsEduc | Median school years completed for those over 25 in 1960 SMSA |
X.GdHouse | Percent of housing units which are sound with all facilities |
PopDens | Population per square mile in urbanized area in 1960 |
X.NWhite | Percent of 1960 urbanized area population which is non-white |
WCollar | Percent employment in white-collar occupations in 1960 urbanized area |
X.Poor | Percent families with income under \$3000 in 1960 urbanized area(cm) |
HydCarb | Relative population potential of hydrocarbons |
NOx | Relative population potential of oxides of nitrogen |
SO2 | Relative population potential of sulpher dioxides |
RelHumid | Percent relative humidity, annual average at 1 PM |
MortRate | Total age adjusted mortality rate, expressed as death per 100000 population. |
Alan Miller at http://users.bigpond.net.au/amiller/
Gunst, R.F. and Mason, R.L. (1980). Regression Analysis and its Application, Mercel Decker: New York, 370 – 371.
McDonald, G.C. and Schwing, R.C. (1973). Instabilities of regression coefficient estimates relating air pollution to mortality.Technometrics, 15, 463 – 482.
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